Mechanics

Hill, R. D.

doi:10.1016/0022-5096(61)90022-9

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Background and Strategy1

Tensile Strength1

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1971

2010

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Cited by 3 publications

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“…Variational principles for solid-elasticity theory have been suggested by Hashin and Rosen [4] and by Hill [5] to limit the upper and the lower bounds for the effective mechanical properties of fiber-reinforced composites by using self-consistent theory.…”

Section: Background and Strategymentioning

confidence: 99%

A model for composites containing three-dimensional ellipsoidal inclusions

Lee

Paul

2005

Polymer

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Section: Background and Strategymentioning

confidence: 99%

A model for composites containing three-dimensional ellipsoidal inclusions

Lee

Paul

2005

Polymer

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“…For intrinsically anisotropic fillers such as rods and platelets, another widely used model is the Halpin-Tsai equation. Based on the self-consistent micromechanics methods developed by Hill [28] and Hermans [29], the Halpin-Tsai equation [30,31] describes explicitly the significant effects of filler geometry alone on the composite mechanical properties. For oriented platelets, the reinforcement factor is expressed as:…”

Section: Tensile Strengthmentioning

confidence: 99%

Natural rubber-clay nanocomposites: Mechanical and structural properties

Rezende

Bragança

Doi

et al. 2010

Polymer

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The mechanical properties of non-vulcanized natural rubber and dialyzed natural rubber-clay nanocomposites have been studied by uniaxial deformations to evaluate the reinforcement efficiency of the clay. We show that while non-rubber molecules contribute to auto-reinforcement, removal of these molecules improves significantly the performance of clay as reinforcement agent. These mechanical properties are discussed in relation to morphological aspects of the clay characterized by TEM and SANS. The nanocomposites prepared by "latex-mixing" with aqueous dispersions of clay are found to contain completely exfoliated clay lamellae in coexistence with tactoids. Improved mechanical properties of the nanocomposites can be modeled by the high aspect ratio of exfoliated clay platelets coupled with immobilized rubber matrix. Interestingly, presence of tactoids does not appear to compromise the excellent reinforcement properties of the exfoliated platelets. At high deformations, strain-induced alignment of the clay exhibits anisotropic scattering, with anisotropy increasing with clay concentration and stretching.

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Strength of fibre composites at an angle to fibre axis

Hearle¹

1971

Fibre Science and Technology

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Mechanics

Cited by 3 publications

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A model for composites containing three-dimensional ellipsoidal inclusions

A model for composites containing three-dimensional ellipsoidal inclusions

Natural rubber-clay nanocomposites: Mechanical and structural properties

Strength of fibre composites at an angle to fibre axis

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